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Commit b47a3a95 authored by Floris Berendsen's avatar Floris Berendsen
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STYLE: uncrustify

parent e4089f81
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Modules/Blueprints/include/selxBlueprint.h
View file @ b47a3a95
......@@ -27,11 +27,10 @@
namespace selx
{
class Blueprint
{
public:
typedef std::string ParameterKeyType;
typedef std::vector< std::string > ParameterValueType;
typedef std::map< ParameterKeyType, ParameterValueType > ParameterMapType;
......@@ -39,18 +38,18 @@ public:
typedef std::vector< ComponentNameType > ComponentNamesType;
Blueprint( void );
Blueprint(const Blueprint& other); // copyable
Blueprint& operator=(const Blueprint& other); //
Blueprint( const Blueprint & other ); // copyable
Blueprint & operator=( const Blueprint & other ); //
//Blueprint(Blueprint&&);
~Blueprint( void );
bool SetComponent( ComponentNameType, ParameterMapType parameterMap );
ParameterMapType GetComponent( ComponentNameType componentName ) const;
bool DeleteComponent( ComponentNameType componentName );
bool ComponentExists( ComponentNameType componentName ) const;
// Returns a vector of the all Component names in the graph.
......@@ -67,21 +66,20 @@ public:
//std::unique_ptr<Blueprint> Clone(Blueprint const &other );
// "functional" composition of blueprints is done by adding settings of other to this blueprint. Redefining/overwriting properties is not allowed and returns false.
bool ComposeWith(std::unique_ptr<Blueprint> const &other);
bool ComposeWith( std::unique_ptr< Blueprint > const & other );
// Returns a vector of the Component names at the incoming direction
ComponentNamesType GetInputNames( const ComponentNameType name ) const;
// Returns a vector of the Component names at the outgoing direction
ComponentNamesType GetOutputNames( const ComponentNameType name ) const;
void Write( const std::string filename );
private:
struct BlueprintImpl;
std::unique_ptr< BlueprintImpl > m_Pimple;
};
}
......
Modules/Blueprints/src/selxBlueprint.cxx
View file @ b47a3a95
......@@ -20,30 +20,32 @@
#include "selxBlueprint.h"
#include "selxBlueprintImpl.h"
namespace selx {
namespace selx
{
Blueprint
::Blueprint( void ) : m_Pimple( new Blueprint::BlueprintImpl ) {};
::Blueprint( void ) : m_Pimple( new Blueprint::BlueprintImpl ) {}
Blueprint::Blueprint(const Blueprint& other)
: m_Pimple(new BlueprintImpl(*other.m_Pimple))
Blueprint::Blueprint( const Blueprint & other )
: m_Pimple( new BlueprintImpl( *other.m_Pimple ) )
{}
Blueprint& Blueprint::operator=(const Blueprint& other) {
if (this != &other) {
m_Pimple.reset(new BlueprintImpl(*other.m_Pimple));
Blueprint &
Blueprint::operator=( const Blueprint & other )
{
if( this != &other )
{
m_Pimple.reset( new BlueprintImpl( *other.m_Pimple ) );
}
return *this;
}
//Blueprint
//::Blueprint(Blueprint&&) = default;
Blueprint
::~Blueprint( void ) = default;
bool
Blueprint
::SetComponent( ComponentNameType name, ParameterMapType parameterMap )
......@@ -114,18 +116,19 @@ Blueprint
return this->m_Pimple->ConnectionExists( upstream, downstream );
}
//std::unique_ptr<Blueprint>
//Blueprint
//::Clone(Blueprint const &other)
//{
// return std::make_unique<Blueprint>(other);
// return std::make_unique<Blueprint>(other);
//}
bool
Blueprint
::ComposeWith(std::unique_ptr<Blueprint> const &other )
::ComposeWith( std::unique_ptr< Blueprint > const & other )
{
return this->m_Pimple->ComposeWith(other);
return this->m_Pimple->ComposeWith( other );
}
......@@ -151,5 +154,4 @@ Blueprint
{
this->m_Pimple->Write( filename );
}
} // namespace selx
\ No newline at end of file
} // namespace selx
Modules/Blueprints/src/selxBlueprintImpl.cxx
View file @ b47a3a95
......@@ -23,15 +23,14 @@
namespace selx
{
// Declared outside of the class body, so it is a free function
std::ostream &
operator<<(std::ostream & out, const Blueprint::ParameterMapType & val)
operator<<( std::ostream & out, const Blueprint::ParameterMapType & val )
{
for (auto const & mapPair : val)
for( auto const & mapPair : val )
{
out << mapPair.first << " : [ ";
for (auto const & value : mapPair.second)
for( auto const & value : mapPair.second )
{
out << value << " ";
}
......@@ -46,11 +45,11 @@ class vertex_label_writer
{
public:
vertex_label_writer(NameType _name, ParameterMapType _parameterMap) : name(_name), parameterMap(_parameterMap) {}
vertex_label_writer( NameType _name, ParameterMapType _parameterMap ) : name( _name ), parameterMap( _parameterMap ) {}
template< class VertexOrEdge >
void operator()(std::ostream & out, const VertexOrEdge & v) const
void operator()( std::ostream & out, const VertexOrEdge & v ) const
{
out << "[label=\"" << name[v] << "\n" << parameterMap[v] << "\"]";
out << "[label=\"" << name[ v ] << "\n" << parameterMap[ v ] << "\"]";
}
......@@ -62,9 +61,9 @@ private:
template< class NameType, class ParameterMapType >
inline vertex_label_writer< NameType, ParameterMapType >
make_vertex_label_writer(NameType n, ParameterMapType p)
make_vertex_label_writer( NameType n, ParameterMapType p )
{
return vertex_label_writer< NameType, ParameterMapType >(n, p);
return vertex_label_writer< NameType, ParameterMapType >( n, p );
}
......@@ -73,11 +72,11 @@ class edge_label_writer
{
public:
edge_label_writer(ParameterMapType _parameterMap) : parameterMap(_parameterMap) {}
edge_label_writer( ParameterMapType _parameterMap ) : parameterMap( _parameterMap ) {}
template< class VertexOrEdge >
void operator()(std::ostream & out, const VertexOrEdge & v) const
void operator()( std::ostream & out, const VertexOrEdge & v ) const
{
out << "[label=\"" << parameterMap[v] << "\"]";
out << "[label=\"" << parameterMap[ v ] << "\"]";
}
......@@ -88,9 +87,9 @@ private:
template< class ParameterMapType >
inline edge_label_writer< ParameterMapType >
make_edge_label_writer(ParameterMapType p)
make_edge_label_writer( ParameterMapType p )
{
return edge_label_writer< ParameterMapType >(p);
return edge_label_writer< ParameterMapType >( p );
}
......@@ -109,7 +108,7 @@ Blueprint::BlueprintImpl
}
}
Blueprint::ParameterMapType
Blueprint::BlueprintImpl
::GetComponent( ComponentNameType name ) const
......@@ -134,10 +133,11 @@ Blueprint::BlueprintImpl
this->m_Graph.remove_vertex( name );
return true;
}
return false;
}
Blueprint::ComponentNamesType
Blueprint::BlueprintImpl
::GetComponentNames( void ) const
......@@ -159,7 +159,7 @@ Blueprint::BlueprintImpl
{
return false;
}
if( !this->ConnectionExists( upstream, downstream ) )
{
boost::add_edge_by_label( upstream, downstream, { parameterMap }, this->m_Graph );
......@@ -168,7 +168,7 @@ Blueprint::BlueprintImpl
{
this->m_Graph[ this->GetConnectionIndex( upstream, downstream ) ].parameterMap = parameterMap;
}
return true;
}
......@@ -219,44 +219,45 @@ Blueprint::BlueprintImpl
return boost::edge_by_label( upstream, downstream, this->m_Graph ).second;
}
bool
bool
Blueprint::BlueprintImpl
::ComposeWith(std::unique_ptr<Blueprint> const &other)
::ComposeWith( std::unique_ptr< Blueprint > const & other )
{
// Make a backup of the current blueprint status in case composition fails
GraphType graph_backup = GraphType(this->m_Graph);
GraphType graph_backup = GraphType( this->m_Graph );
// Copy-in all components (Nodes)
for (auto const & componentName : other->GetComponentNames())
for( auto const & componentName : other->GetComponentNames() )
{
// Does other blueprint use component with a name that already exists?
if (this->ComponentExists(componentName))
if( this->ComponentExists( componentName ) )
{
// Component exists, check if properties can be merged
auto ownProperties = this->GetComponent(componentName);
auto othersProperties = other->GetComponent(componentName);
auto ownProperties = this->GetComponent( componentName );
auto othersProperties = other->GetComponent( componentName );
for (auto const & othersEntry : othersProperties)
for( auto const & othersEntry : othersProperties )
{
// Does other use a property key that already exists in this component?
if (ownProperties.count(othersEntry.first))
if( ownProperties.count( othersEntry.first ) )
{
auto && ownValues = ownProperties[othersEntry.first];
auto && ownValues = ownProperties[ othersEntry.first ];
auto && otherValues = othersEntry.second;
// Are the property values equal?
if (ownValues.size() != otherValues.size())
if( ownValues.size() != otherValues.size() )
{
// No, based on the number of values we see that it is different. Blueprints cannot be Composed
this->m_Graph = graph_backup;
return false;
}
}
else
{
ParameterValueType::const_iterator ownValue;
ParameterValueType::const_iterator otherValue;
for (ownValue = ownValues.begin(), otherValue = otherValues.begin(); ownValue != ownValues.end(); ++ownValue, ++otherValue)
for( ownValue = ownValues.begin(), otherValue = otherValues.begin(); ownValue != ownValues.end(); ++ownValue, ++otherValue )
{
if (*otherValue != *ownValue)
if( *otherValue != *ownValue )
{
// No, at least one value is different. Blueprints cannot be Composed
this->m_Graph = graph_backup;
......@@ -268,41 +269,39 @@ Blueprint::BlueprintImpl
else
{
// Property key doesn't exist yet, add entry to this component
auto ownProperties = this->GetComponent(componentName);
ownProperties[othersEntry.first] = othersEntry.second;
this->SetComponent(componentName, ownProperties);
auto ownProperties = this->GetComponent( componentName );
ownProperties[ othersEntry.first ] = othersEntry.second;
this->SetComponent( componentName, ownProperties );
}
}
}
else
{
// Create Component copying properties of other
this->SetComponent(componentName, other->GetComponent(componentName));
this->SetComponent( componentName, other->GetComponent( componentName ) );
}
}
// Copy-in all connections (Edges)
for (auto const & componentName : other->GetComponentNames())
for( auto const & componentName : other->GetComponentNames() )
{
for( auto incomingName : other->GetInputNames(componentName))
for( auto incomingName : other->GetInputNames( componentName ) )
{
// Does other blueprint have a connection that already exists?
if (this->ConnectionExists(incomingName, componentName))
if( this->ConnectionExists( incomingName, componentName ) )
{
// Connection exists, check if properties can be merged
auto ownProperties = this->GetConnection(incomingName, componentName);
auto othersProperties = other->GetConnection(incomingName, componentName);
auto ownProperties = this->GetConnection( incomingName, componentName );
auto othersProperties = other->GetConnection( incomingName, componentName );
for (auto const & othersEntry : othersProperties)
for( auto const & othersEntry : othersProperties )
{
// Does other use a property key that already exists in this component?
if (ownProperties.count(othersEntry.first))
if( ownProperties.count( othersEntry.first ) )
{
auto && ownValues = ownProperties[othersEntry.first];
auto && ownValues = ownProperties[ othersEntry.first ];
auto && otherValues = othersEntry.second;
// Are the property values equal?
if (ownValues.size() != otherValues.size())
if( ownValues.size() != otherValues.size() )
{
// No, based on the number of values we see that it is different. Blueprints cannot be Composed
this->m_Graph = graph_backup;
......@@ -312,9 +311,9 @@ Blueprint::BlueprintImpl
{
ParameterValueType::const_iterator ownValue;
ParameterValueType::const_iterator otherValue;
for (ownValue = ownValues.begin(), otherValue = otherValues.begin(); ownValue != ownValues.end(); ++ownValue, ++otherValue)
for( ownValue = ownValues.begin(), otherValue = otherValues.begin(); ownValue != ownValues.end(); ++ownValue, ++otherValue )
{
if (*otherValue != *ownValue)
if( *otherValue != *ownValue )
{
// No, at least one value is different. Blueprints cannot be Composed
this->m_Graph = graph_backup;
......@@ -326,19 +325,18 @@ Blueprint::BlueprintImpl
else
{
// Property key doesn't exist yet, add entry to this component
auto ownProperties = this->GetConnection(incomingName, componentName);
ownProperties[othersEntry.first] = othersEntry.second;
this->SetConnection(incomingName, componentName, ownProperties);
auto ownProperties = this->GetConnection( incomingName, componentName );
ownProperties[ othersEntry.first ] = othersEntry.second;
this->SetConnection( incomingName, componentName, ownProperties );
}
}
}
else
{
// Create Component copying properties of other
this->SetConnection(incomingName, componentName, other->GetConnection(incomingName, componentName));
this->SetConnection( incomingName, componentName, other->GetConnection( incomingName, componentName ) );
}
}
}
return true;
......@@ -397,9 +395,8 @@ Blueprint::BlueprintImpl
{
std::ofstream dotfile( filename.c_str() );
boost::write_graphviz( dotfile, this->m_Graph,
make_vertex_label_writer( boost::get( &ComponentPropertyType::name, this->m_Graph ),
boost::get( &ComponentPropertyType::parameterMap, this->m_Graph ) ),
make_edge_label_writer( boost::get( &ConnectionPropertyType::parameterMap, this->m_Graph ) ) );
make_vertex_label_writer( boost::get( &ComponentPropertyType::name, this->m_Graph ),
boost::get( &ComponentPropertyType::parameterMap, this->m_Graph ) ),
make_edge_label_writer( boost::get( &ConnectionPropertyType::parameterMap, this->m_Graph ) ) );
}
} // namespace selx
Modules/Blueprints/src/selxBlueprintImpl.h
View file @ b47a3a95
......@@ -29,15 +29,15 @@
#include "selxBlueprint.h"
namespace selx {
struct Blueprint::BlueprintImpl {
namespace selx
{
struct Blueprint::BlueprintImpl
{
// Component parameter map that sits on a node in the graph
// and holds component configuration settings
struct ComponentPropertyType
{
ComponentPropertyType(ComponentNameType name = "", ParameterMapType parameterMap = {}) : name(name), parameterMap(parameterMap) {}
ComponentPropertyType( ComponentNameType name = "", ParameterMapType parameterMap = {} ) : name( name ), parameterMap( parameterMap ) {}
ComponentNameType name;
ParameterMapType parameterMap;
};
......@@ -46,20 +46,20 @@ struct Blueprint::BlueprintImpl {
// and holds component connection configuration settings
struct ConnectionPropertyType
{
ConnectionPropertyType(ParameterMapType parameterMap = {}) : parameterMap(parameterMap) {}
ConnectionPropertyType( ParameterMapType parameterMap = {} ) : parameterMap( parameterMap ) {}
ParameterMapType parameterMap;
};
typedef boost::labeled_graph<
typedef boost::labeled_graph<
boost::adjacency_list<
boost::vecS,
boost::vecS,
boost::bidirectionalS,
ComponentPropertyType,
ConnectionPropertyType
boost::vecS,
boost::vecS,
boost::bidirectionalS,
ComponentPropertyType,
ConnectionPropertyType
>,
ComponentNameType > GraphType;
typedef boost::graph_traits< GraphType >::vertex_descriptor ComponentIndexType;
typedef boost::graph_traits< GraphType >::vertex_iterator ComponentIteratorType;
typedef std::pair< ComponentIteratorType, ComponentIteratorType > ComponentIteratorPairType;
......@@ -79,7 +79,7 @@ struct Blueprint::BlueprintImpl {
ParameterMapType GetComponent( ComponentNameType componentName ) const;
bool DeleteComponent( ComponentNameType componentName );
bool ComponentExists( ComponentNameType componentName ) const;
// Returns a vector of the all Component names in the graph.
......@@ -93,22 +93,20 @@ struct Blueprint::BlueprintImpl {
bool ConnectionExists( ComponentNameType upstream, ComponentNameType downstream ) const;
bool ComposeWith(std::unique_ptr<Blueprint> const &other);
bool ComposeWith( std::unique_ptr< Blueprint > const & other );
// Returns a vector of the Component names at the incoming direction
ComponentNamesType GetInputNames( const ComponentNameType name ) const;
// Returns a vector of the Component names at the outgoing direction
ComponentNamesType GetOutputNames( const ComponentNameType name ) const;
void Write( const std::string filename );
ConnectionIndexType GetConnectionIndex( ComponentNameType upsteam, ComponentNameType downstream ) const;
GraphType m_Graph;
};
} // namespace selx
#endif // #ifndef BlueprintImpl_h
\ No newline at end of file
#endif // #ifndef BlueprintImpl_h
Modules/Blueprints/test/selxBlueprintTest.cxx
View file @ b47a3a95
......@@ -32,17 +32,17 @@ public:
virtual void SetUp()
{
parameterMap[ "NameOfClass" ] = ParameterValueType( 1, "TestClassName" );
anotherParameterMap["NameOfClass"] = ParameterValueType( 1, "AnotherTestClassName" );
parameterMap[ "NameOfClass" ] = ParameterValueType( 1, "TestClassName" );
anotherParameterMap[ "NameOfClass" ] = ParameterValueType( 1, "AnotherTestClassName" );
}
ParameterMapType parameterMap;
ParameterMapType anotherParameterMap;
};
TEST_F( BlueprintTest, SetGetDeleteComponent )
{
std::unique_ptr< Blueprint > blueprint;
EXPECT_NO_THROW( blueprint = std::unique_ptr< Blueprint >( new Blueprint() ) );
......@@ -83,8 +83,8 @@ TEST_F( BlueprintTest, SetGetDeleteConnection )
// Connection should have parameter map
ParameterMapType parameterMap0;
EXPECT_NO_THROW( parameterMap0 = blueprint->GetConnection( "Component0", "Component1") );
EXPECT_EQ( parameterMap["NameOfClass"], parameterMap0["NameOfClass"] );
EXPECT_NO_THROW( parameterMap0 = blueprint->GetConnection( "Component0", "Component1" ) );
EXPECT_EQ( parameterMap[ "NameOfClass" ], parameterMap0[ "NameOfClass" ] );
// Another parameter map should transparently added
bool anotherParameterMapSet;
......@@ -101,79 +101,75 @@ TEST_F( BlueprintTest, SetGetDeleteConnection )
EXPECT_FALSE( blueprint->ConnectionExists( "Component0", "Component1" ) );
EXPECT_THROW( blueprint->GetConnection( "Component0", "Component1" ), std::runtime_error );
}
TEST_F(BlueprintTest, CopyConstuctor)
TEST_F( BlueprintTest, CopyConstuctor )
{
std::unique_ptr< Blueprint > baseBlueprint;
EXPECT_NO_THROW(baseBlueprint = std::unique_ptr< Blueprint >(new Blueprint()));
EXPECT_NO_THROW( baseBlueprint = std::unique_ptr< Blueprint >( new Blueprint() ) );
baseBlueprint->SetComponent("Component0", { { "OperationType", { "Transform" } } });
baseBlueprint->SetComponent( "Component0", { { "OperationType", { "Transform" } } } );
std::unique_ptr< Blueprint > clonedBaseBlueprint;
EXPECT_NO_THROW(clonedBaseBlueprint = std::make_unique<Blueprint>(*baseBlueprint.get()));
EXPECT_NO_THROW( clonedBaseBlueprint = std::make_unique< Blueprint >( *baseBlueprint.get() ) );
EXPECT_NO_THROW( clonedBaseBlueprint->SetComponent( "Component1", { { "OperationType", { "Source" } }, { "Dimensionality", { "3" } } } ) );
EXPECT_NO_THROW(clonedBaseBlueprint->SetComponent("Component1", { { "OperationType", { "Source" } }, { "Dimensionality", { "3" } } }));
Blueprint::ParameterMapType clonedComponent0;
EXPECT_NO_THROW(clonedComponent0 = clonedBaseBlueprint->GetComponent("Component0"));
EXPECT_NO_THROW( clonedComponent0 = clonedBaseBlueprint->GetComponent( "Component0" ) );
Blueprint::ParameterMapType component1;
EXPECT_THROW(component1 = baseBlueprint->GetComponent("Component1"), std::runtime_error);
EXPECT_THROW( component1 = baseBlueprint->GetComponent( "Component1" ), std::runtime_error );
}
TEST_F(BlueprintTest, Compose)
TEST_F( BlueprintTest, Compose )
{
std::unique_ptr< Blueprint > baseBlueprint;
EXPECT_NO_THROW(baseBlueprint = std::unique_ptr< Blueprint >(new Blueprint()));
baseBlueprint->SetComponent("Component0", { { "OperationType", { "Transform" } } });
baseBlueprint->SetComponent("Component1", { { "OperationType", { "Source" } }, { "Dimensionality", { "3" } } });
EXPECT_NO_THROW( baseBlueprint = std::unique_ptr< Blueprint >( new Blueprint() ) );
baseBlueprint->SetComponent( "Component0", { { "OperationType", { "Transform" } } } );
baseBlueprint->SetComponent( "Component1", { { "OperationType", { "Source" } }, { "Dimensionality", { "3" } } } );
// compose-in a new 3rd component Component2
std::unique_ptr< Blueprint > nonConflictingBlueprint0;
EXPECT_NO_THROW(nonConflictingBlueprint0 = std::unique_ptr< Blueprint >(new Blueprint()));
EXPECT_NO_THROW( nonConflictingBlueprint0 = std::unique_ptr< Blueprint >( new Blueprint() ) );
nonConflictingBlueprint0->SetComponent("Component2", { { "OperationType", { "Sink" } } });
nonConflictingBlueprint0->SetComponent( "Component2", { { "OperationType", { "Sink" } } } );
EXPECT_TRUE(baseBlueprint->ComposeWith(nonConflictingBlueprint0));
EXPECT_STREQ("Sink", baseBlueprint->GetComponent("Component2")["OperationType"][0].c_str());
EXPECT_TRUE( baseBlueprint->ComposeWith( nonConflictingBlueprint0 ) );
EXPECT_STREQ( "Sink", baseBlueprint->GetComponent( "Component2" )[ "OperationType" ][ 0 ].c_str() );
// compose-in additional properties of Component0 and Component1
std::unique_ptr< Blueprint > nonConflictingBlueprint1;
EXPECT_NO_THROW(nonConflictingBlueprint1 = std::unique_ptr< Blueprint >(new Blueprint()));
EXPECT_NO_THROW( nonConflictingBlueprint1 = std::unique_ptr< Blueprint >( new Blueprint() ) );
nonConflictingBlueprint1->SetComponent("Component0", { { "TranformationGroup", { "Diffeomorphic" } }, { "PixelType", { "float" } } });
nonConflictingBlueprint1->SetComponent("Component1", { { "NameOfClass", { "ImageSourceClass" } } });
nonConflictingBlueprint1->SetComponent( "Component0", { { "TranformationGroup", { "Diffeomorphic" } }, { "PixelType", { "float" } } } );
nonConflictingBlueprint1->SetComponent( "Component1", { { "NameOfClass", { "ImageSourceClass" } } } );
EXPECT_TRUE( baseBlueprint->ComposeWith(nonConflictingBlueprint1) );
EXPECT_STREQ("Transform", baseBlueprint->GetComponent("Component0")["OperationType"][0].c_str());
EXPECT_STREQ("Diffeomorphic", baseBlueprint->GetComponent("Component0")["TranformationGroup"][0].c_str());